317 lines
8.3 KiB
Python
317 lines
8.3 KiB
Python
# Copyright (c) 2013 Paul Tagliamonte <paultag@debian.org>
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# Copyright (c) 2013 Julien Danjou <julien@danjou.info>
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#
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# Permission is hereby granted, free of charge, to any person obtaining a
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# copy of this software and associated documentation files (the "Software"),
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# to deal in the Software without restriction, including without limitation
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# the rights to use, copy, modify, merge, publish, distribute, sublicense,
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# and/or sell copies of the Software, and to permit persons to whom the
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# Software is furnished to do so, subject to the following conditions:
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#
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# The above copyright notice and this permission notice shall be included in
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# all copies or substantial portions of the Software.
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#
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# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
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# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
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# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
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# THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
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# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
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# FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER
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# DEALINGS IN THE SOFTWARE.
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from hy.compiler import hy_compile, HyCompileError
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from hy.lex import tokenize
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import ast
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import sys
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def _ast_spotcheck(arg, root, secondary):
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if "." in arg:
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local, full = arg.split(".", 1)
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return _ast_spotcheck(full,
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getattr(root, local),
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getattr(secondary, local))
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assert getattr(root, arg) == getattr(secondary, arg)
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def cant_compile(expr):
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expr = tokenize(expr)
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try:
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hy_compile(expr)
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assert False
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except HyCompileError:
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pass
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def test_ast_bad_type():
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"Make sure AST breakage can happen"
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try:
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hy_compile("foo")
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assert True is False
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except HyCompileError:
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pass
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def test_ast_bad_if():
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"Make sure AST can't compile invalid if"
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cant_compile("(if)")
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cant_compile("(if foobar)")
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cant_compile("(if 1 2 3 4 5)")
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def test_ast_valid_if():
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"Make sure AST can't compile invalid if"
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hy_compile(tokenize("(if foo bar)"))
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def test_ast_valid_unary_op():
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"Make sure AST can compile valid unary operator"
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hy_compile(tokenize("(not 2)"))
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hy_compile(tokenize("(~ 1)"))
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def test_ast_invalid_unary_op():
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"Make sure AST can't compile invalid unary operator"
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cant_compile("(not 2 3 4)")
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cant_compile("(not)")
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cant_compile("(not 2 3 4)")
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cant_compile("(~ 2 2 3 4)")
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cant_compile("(~)")
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def test_ast_bad_while():
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"Make sure AST can't compile invalid while"
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cant_compile("(while)")
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cant_compile("(while (true))")
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def test_ast_good_do():
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"Make sure AST can compile valid do"
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hy_compile(tokenize("(do)"))
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hy_compile(tokenize("(do 1)"))
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def test_ast_good_throw():
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"Make sure AST can compile valid throw"
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hy_compile(tokenize("(throw 1)"))
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def test_ast_bad_throw():
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"Make sure AST can't compile invalid throw"
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cant_compile("(throw)")
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def test_ast_good_raise():
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"Make sure AST can compile valid raise"
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hy_compile(tokenize("(raise 1)"))
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def test_ast_bad_raise():
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"Make sure AST can't compile invalid raise"
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cant_compile("(raise)")
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def test_ast_good_try():
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"Make sure AST can compile valid try"
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hy_compile(tokenize("(try)"))
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hy_compile(tokenize("(try 1)"))
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hy_compile(tokenize("(try 1 bla)"))
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hy_compile(tokenize("(try 1 bla bla)"))
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def test_ast_good_catch():
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"Make sure AST can compile valid catch"
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hy_compile(tokenize("(catch)"))
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hy_compile(tokenize("(catch [])"))
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hy_compile(tokenize("(catch [Foobar])"))
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hy_compile(tokenize("(catch [[]])"))
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hy_compile(tokenize("(catch [x FooBar])"))
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hy_compile(tokenize("(catch [x [FooBar BarFoo]])"))
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hy_compile(tokenize("(catch [x [FooBar BarFoo]])"))
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def test_ast_bad_catch():
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"Make sure AST can't compile invalid catch"
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cant_compile("(catch 1)")
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cant_compile("(catch [1 3])")
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cant_compile("(catch [x [FooBar] BarBar])")
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def test_ast_good_except():
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"Make sure AST can compile valid except"
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hy_compile(tokenize("(except)"))
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hy_compile(tokenize("(except [])"))
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hy_compile(tokenize("(except [Foobar])"))
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hy_compile(tokenize("(except [[]])"))
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hy_compile(tokenize("(except [x FooBar])"))
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hy_compile(tokenize("(except [x [FooBar BarFoo]])"))
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hy_compile(tokenize("(except [x [FooBar BarFoo]])"))
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def test_ast_bad_except():
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"Make sure AST can't compile invalid except"
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cant_compile("(except 1)")
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cant_compile("(except [1 3])")
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cant_compile("(except [x [FooBar] BarBar])")
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def test_ast_good_assert():
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"Make sure AST can compile valid assert"
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hy_compile(tokenize("(assert 1)"))
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def test_ast_bad_assert():
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"Make sure AST can't compile invalid assert"
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cant_compile("(assert)")
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cant_compile("(assert 1 2)")
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def test_ast_good_lambda():
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"Make sure AST can compile valid lambda"
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hy_compile(tokenize("(lambda [] 1)"))
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def test_ast_bad_lambda():
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"Make sure AST can't compile invalid lambda"
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cant_compile("(lambda)")
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cant_compile("(lambda [])")
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def test_ast_good_pass():
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"Make sure AST can compile valid pass"
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hy_compile(tokenize("(pass)"))
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def test_ast_bad_pass():
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"Make sure AST can't compile invalid pass"
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cant_compile("(pass 1)")
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cant_compile("(pass 1 2)")
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def test_ast_good_yield():
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"Make sure AST can compile valid yield"
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hy_compile(tokenize("(yield 1)"))
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def test_ast_bad_yield():
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"Make sure AST can't compile invalid yield"
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cant_compile("(yield)")
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cant_compile("(yield 1 2)")
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def test_ast_good_import_from():
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"Make sure AST can compile valid import-from"
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hy_compile(tokenize("(import-from x y)"))
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def test_ast_bad_import_from():
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"Make sure AST can't compile invalid import-from"
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cant_compile("(import-from)")
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def test_ast_good_get():
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"Make sure AST can compile valid get"
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hy_compile(tokenize("(get x y)"))
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def test_ast_bad_get():
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"Make sure AST can't compile invalid get"
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cant_compile("(get)")
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cant_compile("(get 1)")
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cant_compile("(get 1 2 3)")
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def test_ast_good_slice():
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"Make sure AST can compile valid slice"
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hy_compile(tokenize("(slice x)"))
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hy_compile(tokenize("(slice x y)"))
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hy_compile(tokenize("(slice x y z)"))
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def test_ast_bad_slice():
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"Make sure AST can't compile invalid slice"
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cant_compile("(slice)")
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cant_compile("(slice 1 2 3 4)")
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def test_ast_good_assoc():
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"Make sure AST can compile valid assoc"
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hy_compile(tokenize("(assoc x y z)"))
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def test_ast_bad_assoc():
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"Make sure AST can't compile invalid assoc"
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cant_compile("(assoc)")
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cant_compile("(assoc 1)")
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cant_compile("(assoc 1 2)")
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cant_compile("(assoc 1 2 3 4)")
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def test_ast_bad_with():
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"Make sure AST can't compile invalid with"
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cant_compile("(with)")
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cant_compile("(with [])")
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cant_compile("(with [] (pass))")
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def test_ast_valid_while():
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"Make sure AST can't compile invalid while"
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hy_compile(tokenize("(while foo bar)"))
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def test_ast_expression_basics():
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""" Ensure basic AST expression conversion works. """
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code = hy_compile(tokenize("(foo bar)")).body[0]
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tree = ast.Expr(value=ast.Call(
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func=ast.Name(
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id="foo",
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ctx=ast.Load(),
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),
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args=[
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ast.Name(id="bar", ctx=ast.Load())
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],
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keywords=[],
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starargs=None,
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kwargs=None,
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))
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_ast_spotcheck("value.func.id", code, tree)
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def test_ast_anon_fns_basics():
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""" Ensure anon fns work. """
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code = hy_compile(tokenize("(fn (x) (* x x))")).body[0]
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assert type(code) == ast.FunctionDef
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def test_ast_non_decoratable():
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""" Ensure decorating garbage breaks """
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cant_compile("(decorate-with (foo) (* x x))")
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def test_ast_non_kwapplyable():
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""" Ensure kwapply breaks """
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code = tokenize("(kwapply foo bar)")
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code[0][2] = None
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try:
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hy_compile(code)
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assert True is False
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except HyCompileError:
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pass
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def test_ast_print():
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code = hy_compile(tokenize("(print \"foo\")")).body[0]
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if sys.version_info[0] >= 3:
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assert type(code.value) == ast.Call
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return
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assert type(code) == ast.Print
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def test_ast_tuple():
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""" Ensure tuples work. """
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code = hy_compile(tokenize("(, 1 2 3)")).body[0].value
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assert type(code) == ast.Tuple
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